The Node Toolbar is the central command center for building AI workflows in Enhanced.ai's FluxPrompt platform. This comprehensive sidebar provides access to all available nodes, organized by category to help you quickly find and implement the functionality you need.
Understanding the Node Toolbar Structure
The Node Toolbar is organized into seven main categories, each represented by a distinct icon and color:
Text Category (Blue)
Text-focused nodes for content generation and manipulation:
AI Text Generator: Generate written content using AI models
Text Box: Input and store static text content
Rich Text Box: Advanced text formatting and editing capabilities
Display Box: Show text output and results
Sticky Note: Add comments and annotations to your workflow
Visual Category (Purple)
Image and visual content processing nodes:
AI Image Generator: Create images from text descriptions
AI Image Reader: Extract information and text from images
AI Video Generator: Generate video content using AI
Audio Category (Green)
Audio processing and generation capabilities:
AI Voice Generator: Convert text to speech with AI voices
AI Audio Transcriber: Convert audio files to text
AI Music Generator: Create musical compositions using AI
Data Category (Orange)
Data storage, retrieval, and management nodes:
Small Memory: Store small amounts of data temporarily
Large Memory: Handle larger datasets and persistent storage
Stored Data Caller: Access previously uploaded documents and files
Object Caller: Retrieve and manipulate data objects
Flow Data Caller: Access data from other workflow executions
AI Text Summarizer: Condense large text content automatically
Web Category (Pink)
Internet and web-based data access:
Web Search: Search the internet for current information
Webpage Scraper: Extract content from specific websites
Web Amazon: Access Amazon product data and information
Search Trends: Analyze trending topics and search patterns
US Census Data: Access demographic and statistical data
SEC Data: Retrieve financial and corporate information
Functions Category (Light Blue)
Logic, control flow, and advanced processing:
Sequence Node: Control the order of operations
Functions: Create custom logic and calculations
Scripting: Write custom code for specialized tasks
Decision Paths: Create conditional branching logic
AI Model Switch: Route between different AI models
Process Counter: Track and count workflow executions
Grouping: Organize related nodes together
External Category (Red/Orange)
Integration with external systems and APIs:
Data Input: Import data from external sources
Data Output: Export results to external systems
Flow Caller: Execute other workflows as subroutines
API Caller: Connect to external APIs and services
Flow Creator: Generate new workflows programmatically
API Config: Configure API connections and settings
How to Use the Node Toolbar
Adding Nodes to Your Workflow
Browse Categories: Click on any category icon to expand and view available nodes
Select a Node: Click on the specific node you want to add
Drag and Drop: The node will appear in your workflow canvas where you can position it
Configure Settings: Double-click the node to access its configuration options
Building Workflow Logic
Start with Input: Begin with data input nodes (Text Box, Stored Data Caller, Web Search)
Add Processing: Include AI processing nodes (AI Text Generator, AI Image Generator)
Control Flow: Use Functions category nodes for logic and decision-making
Output Results: End with display or export nodes (Display Box, Data Output)
Best Practices for Node Selection
Choose the Right Category
Text workflows: Start with Text category for content creation
Data analysis: Use Data category for storage and retrieval
Web research: Leverage Web category for current information
Complex logic: Implement Functions category for advanced control
Node Combination Strategies
Sequential Processing: Use multiple nodes in sequence for step-by-step operations
Parallel Processing: Branch workflows to handle multiple tasks simultaneously
Conditional Logic: Implement Decision Paths for dynamic workflow behavior
Data Persistence: Use Memory nodes to store intermediate results
Visual Organization Tips
Color Coding
Each category's distinct color helps you quickly identify node types in complex workflows:
Blue text nodes for content
Purple visual nodes for media
Green audio nodes for sound
Orange data nodes for storage
Pink web nodes for internet access
Light blue function nodes for logic
Red external nodes for integrations
Workflow Layout
Left to Right: Arrange nodes in logical flow order
Group Related Nodes: Keep similar functionality together
Use Grouping Nodes: Organize complex sections for clarity
Add Sticky Notes: Document your workflow logic
Advanced Node Usage
Creating Reusable Components
Use Flow Creator to build template workflows
Leverage Grouping to create modular workflow sections
Implement Flow Caller to reuse common logic across workflows
Integration Patterns
API Integration: Combine API Caller with Data Input/Output for external connections
Data Pipeline: Chain Data nodes for complex data processing workflows
Multi-Modal Processing: Combine Text, Visual, and Audio nodes for comprehensive content creation
Performance Optimization
Memory Management: Use appropriate Memory nodes for your data size
Process Counting: Monitor workflow execution with Process Counter
Model Switching: Optimize AI model selection with AI Model Switch
Troubleshooting Common Issues
Node Selection Problems
Missing nodes: Ensure you're looking in the correct category
Grayed out nodes: Check if prerequisites or permissions are required
Connection errors: Verify node compatibility before linking
Workflow Organization
Cluttered canvas: Use Grouping nodes to organize complex workflows
Logic errors: Implement Decision Paths for proper flow control
Performance issues: Review Memory node usage and optimize data flow
The Node Toolbar is designed to provide everything you need to build sophisticated AI workflows. By understanding each category and node type, you can create powerful automation solutions that leverage the full capabilities of the FluxPrompt platform.